private AtomicCollection <IAtomic> CanChemistDoCompound(Compound compound, AtomicCollection <IAtomic> experimentCollection)
{
var compoundAtoms = compound.GetAtoms();
var neededIatomicCollection = new AtomicCollection <IAtomic>();
foreach (var iatomic in experimentCollection)
{
if (compound.Count == 0)
{
return(neededIatomicCollection.Count == 0 ? null : neededIatomicCollection);
}
if (iatomic is Isotope)
{
return(null);
}
if (iatomic is Compound)
{
if (_fullCompoundNeeded(iatomic as Compound, compoundAtoms))
{
neededIatomicCollection.Add(iatomic);
foreach (var atom in (iatomic as Compound).GetAtoms())
{
compoundAtoms.Remove(atom);
}
}
}
if (iatomic is Atom && compoundAtoms.Contains(iatomic as Atom))
{
compoundAtoms.Remove(iatomic as Atom);
neededIatomicCollection.Add(iatomic);
}
}
return(neededIatomicCollection.Count > 0 && compoundAtoms.Count == 0 ? neededIatomicCollection : null);
}
public AtomicCollection <Atom> GetAtoms()
{
var atomicCollection = new AtomicCollection <Atom>();
foreach (var atomstack in this)
{
for (int i = 0; i < atomstack.Size; i++)
{
atomicCollection.AddRange(atomstack.GetAtoms());
}
}
return(atomicCollection);
}
private bool _fullCompoundNeeded(Compound compound, AtomicCollection <Atom> collection)
{
var compoundAtoms = compound.GetAtoms();
var compoundAtomsLength = compoundAtoms.Count;
var count = 0;
foreach (var atom in collection)
{
if (!compoundAtoms.Contains(atom))
{
continue;
}
count++;
compoundAtoms.Remove(atom);
}
return(count == compoundAtomsLength);
}
private AtomicCollection <IAtomic> CheckCompounds(AtomicCollection <IAtomic> experimentCollection)
{
foreach (var compound in Knowledge.KnownCompounds)
{
var result = CanChemistDoCompound(compound, experimentCollection);
if (result != null)
{
var atomStack = new List <AtomStack>();
foreach (var iatomic in result)
{
atomStack.Add(new AtomStack(iatomic));
experimentCollection.Remove(iatomic);
}
Compound newCompound = new Compound(atomStack);
LogEvents.CompoundGot(compound);
CheckCompounds(experimentCollection);
}
}
return(experimentCollection);
}
private List <Ion> CheckIonCompounds(AtomicCollection <IAtomic> experimentCollection)
{
foreach (var compound in Knowledge.KnownIonCompounds.Keys)
{
var result = CanChemistDoCompound(compound, experimentCollection);
if (result != null)
{
foreach (var atom in result)
{
experimentCollection.Remove(atom);
}
result.First().Electrons -= Knowledge.KnownIonCompounds[compound].Item1;
result.Last().Electrons += Knowledge.KnownIonCompounds[compound].Item2;
return(new List <Ion>(new Ion[]
{
new Ion(result.First()),
new Ion(result.Last())
}));
}
}
return(null);
}
private List <Isotope> GetIsotopes(AtomicCollection <IAtomic> experimentCollection)
{
List <Isotope> isotopes = new List <Isotope>();
foreach (var iAtomic in experimentCollection)
{
if (iAtomic is Isotope)
{
continue;
}
if (iAtomic is Compound)
{
Random random = new Random();
var atoms = (iAtomic as Compound).GetAtoms();
var atom = atoms[random.Next(atoms.Count)];
if (random.Next(101) > 50)
{
if (atom.GetElements().ToArray()[0].PrincipalIsotope != null)
{
isotopes.Add(atom.GetElements().ToArray()[0].PrincipalIsotope);
}
//LogEvents.IsotopeGot(atom.GetElements().ToArray()[0].PrincipalIsotope);
}
}
if (iAtomic is Atom)
{
var isotope = iAtomic.GetElements().ToArray()[0].PrincipalIsotope;
if (isotope != null)
{
isotopes.Add(isotope);
}
//LogEvents.IsotopeGot(isotope);
}
}
return(isotopes.Count > 0 ? isotopes : null);
}
static void Main(string[] args)
{
Configuration.Load();
Chemist chemist = new Chemist("Антон");
var h = new Atom(PeriodicTable.GetElement("H"));
var o = new Atom(PeriodicTable.GetElement("O"));
var c = new Atom(PeriodicTable.GetElement("C"));
//Позволяет использовать тип с большей глубиной наследования, чем задано изначально.
//Экземпляр IEnumerable<Derived> (IEnumerable(Of Derived) в Visual Basic) можно присвоить переменной типа IEnumerable<Base>
AtomicCollection <IAtomic> iAtomics = new AtomicCollection <IAtomic>()
{
h, o, c
};
AtomicCollection <Atom> atoms = new AtomicCollection <Atom>()
{
h, o, c
};
void DoSomething(IEnumerable <IAtomic> ienumerable)
{
foreach (var element in ienumerable)
{
Console.WriteLine(element);
}
}
DoSomething(iAtomics.Concat(atoms));
//Позволяет использовать более универсальный тип (с меньшей глубиной наследования), чем заданный изначально.
//Экземпляр Action<Base> (Action(Of Base) в Visual Basic) можно присвоить переменной типа Action<Derived>.
Action <IAtomic> action = Console.WriteLine;
Action <Atom> atom_action = action;
action(h);
atom_action(h);
CompoundExperiment compoundExperiment = new CompoundExperiment(1);
Compound ho = new Compound(new AtomStack[]
{
PeriodicTable.GetElement("H"),
PeriodicTable.GetElement("O")
});
// AtomicCollection<IAtomic> collection = new AtomicCollection<IAtomic>(){ho};
// Console.WriteLine(collection.Contains(new Atom(PeriodicTable.GetElement("H"))));
compoundExperiment.AtomicCollection.Add(ho);
compoundExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("C")));
compoundExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("H")));
compoundExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("O")));
compoundExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("O")));
IonExperiment ionExperiment = new IonExperiment(1);
//ionExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("Na")));
//ionExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("O")));
//ionExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("H")));
ionExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("Ca")));
ionExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("F")));
ionExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("F")));
IsotopeExperiment isotopeExperiment = new IsotopeExperiment(1);
isotopeExperiment.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("Na")));
chemist.DoExperiment(compoundExperiment);
chemist.DoExperiment(ionExperiment);
chemist.DoExperiment(isotopeExperiment);
var compoundExperiment2 = new CompoundExperiment(2);
Compound h3 = new Compound(new AtomStack[]
{
new AtomStack(PeriodicTable.GetElement("H"), 3),
});
compoundExperiment2.AtomicCollection.Add(h3);
compoundExperiment2.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("N")));
compoundExperiment2.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("O")));
compoundExperiment2.AtomicCollection.Add(new Atom(PeriodicTable.GetElement("Si")));
chemist.DoExperiment(compoundExperiment2);
}
public AtomicCollection(AtomicCollection <T> collection)
{
_collection = new List <T>(collection);
}
